data center optical connect solution
TRANSCRIPT
Data Center Optical Connect Solution for Big Data Transmission
Data Center Development and Connect Requirements
Multi-DC Development
Benefit 1: local or remote inter-area disaster recovery
Inter-DC disaster recovery
Inter-DC data synchronization DC3
DC2
DC1
Benefit 5: enhanced maintainability
Nonstop maintenance
Server migration and service
integration
Benefit 4: dynamic scalability of enterprise resources
In peak hours, some services in the private cloud are
migrated to the public cloud.
The public cloud is used as the disaster recovery
platform of the enterprise DC.
Benefit 3: service mobility
Access nearby
Energy saving
Benefit 2: resilient scalability
Convenient service deployment
Insufficient space and
electricity
Benefits Data centers in different areas are connected over a network so that a unified super cloud data
center is displayed to users. This implements data center resource integration, pooling, and
scheduling, and realizes disaster recovery.
Enterprise DC
Financial Data Centers Require High Security and Service Continuity
Among companies where systems are
stopped due to large disasters, about
2/5 companies do not resume
operations, and about 1/3 companies of
remaining companies go bankruptcy
within two years.
—Gartner Group statistics
Disaster Occurrence Rate
and Loss Statistics
Company Survival Statistics
After Disasters
Compared with 1960s, the natural
disaster occurrence rate increases
three times and the economic losses
increase nine times in 1990s.
—Swiss Re-insurance Company
Losses of 1-hour Downtime
Brokerage business of about
6,450,000 $
Credit card authorization of about
2,600,000 $
ATM expenses of about 14,500$
Data security and service continuity become the lifeblood of financial operations. The disaster recovery system is the final
measure to protect data center data. The intra-city disaster recovery system achieves no data loss and real-time service switching.
Disaster Recovery Regulations
Guidance on Further Strengthening the Financial Institution Information Security by People's Bank of China
(PBC) in 2006
Large-scale national banks should use local and remote disaster recovery policies, and regional banks can
use local or remote disaster recovery policies.
Information Security Technology Information System Disaster Recovery Regulation in 2007
Disaster recovery levels are classified.
Commercial Bank Data Center Regulatory Guidelines by China Banking Regulatory Commission (CBRC) in
2010
Commercial banks that have inter-provincial branches with total assets of over 100 billion RMB and
provincial rural credit cooperatives should establish remote disaster recovery centers, and the important
information systems should reach at least the fifth level of disaster recovery, which is defined by
Information Security Technology Information System Disaster Recovery Regulations. Other commercial
banks should set up local disaster recovery centers and realize remote data backup, and the important
information systems should reach at least the fourth level of disaster recovery.
Trend: Dual-Active Data Center Ensures
Data Security Disaster recovery standard: SHARE 78
1 2 3 4 5 6 7
Disaster recovery level Single data center
• Data loss
• Economic loss and reputation
loss
• Brand value loss
Pain Points
Primary band backup data
centers
Site 1 Site 2
• Implement data backup and reduce losses
caused by disasters.
• Rapidly restore services through the backup
center.
• Manual restoration is complex.
Network Benefits and Pain Point
Da
y
Dual-active data center
Site 1 Site 2
• When faults occur in a single data center, no
data is lost and services are not interrupted.
• Two data centers provide external services,
improving efficiency.
• Two data centers use unified storage
management, simplifying management.
Network Benefits
FC SAN
Servers
Service disaster recovery
NE40E
CE12800
NE40E
CE12800
IP/MPLS
Layer 3
interconnection
VPLS/EVN
Layer 2
interconnection
Servers
Data
center A
Data
center B
Interconnection
Mode Position Remarks
Storage
interconnection
Storage network
interconnection
Copy storage data
between the primary data
center and disaster
recovery center and
between multiple centers.
Layer 3
interconnection
Wide IP
interconnection
The enterprise campus or
branch connects to each
data center through Layer
3.
Layer 2
interconnection
Data center server
interconnection
At the access layer of
different data center
servers, a large Layer 2
network across data
centers is built, meeting
Layer 2 network access in
server cluster or dynamic
VM migration scenarios.
Demand 1 ：Hierarchical Data Center
Interconnection
FC-0/1/2
interconnection
FC SAN
Demand 2 ： Bandwidth Growth
Source ：Experian Hitwise
http://www.experian.com.cn/hitwise
Jingdong and Tmall website visit quantity was up to 450000000
times, the top 5 B2C website visit quantity nearly 1200000000
times, implied a data center network transmission needs huge
•High speed port fast consumption of bandwidth
•Switch / router directly consume a large amount of fiber
•Fiber lease consume a large amount of investment
• Large capacity transmission equipment
• More fiber • More space • Maintenance is more time-
consuming
Fiber consumption, follow the cask principle, optical fiber resources resources a tense will bring the end to end tension
Bandwidth Growth
Fiber
Resources
Commercial banks, securities trading center facing capital and trade flows highly frequent.
Time is money, low delay means that the growth in wealth and better quality of service.
"If a stock trading platform behind rival 5ms, will be losing a 1% chance, and each MS losses can be as high as $4."
——TABB Group
Delay claim
Data Center connect strict delay requirements
Time delay of each 1US has brought
a huge loss data and wealth
HOW TO
DO？
Demand 3， Low delay means that the growth in wealth and better quality of service
How to match the basic network 10 year life cycle?
How to reduce the complexity of network service
provisioning time?
The network architecture is becoming more and more
complex, how to reduce power consumption?
How to match the basic network 10 year life cycle?
How to reduce the complexity of network service
provisioning time?
The network architecture is becoming more and more
complex, how to reduce power consumption?
The fast change of business
The fast change of business
New technologies have been popping New technologies
have been popping
replacing old servers replacing old servers
Basic
network
Applicatio
n
The
server
Technology
RDBMSRDBMS
EE--MailMail ERPERP
CRMCRM
HPCHPC
Big DataBig Data
??????
??????
AnalyticsAnalytics
GE -> 10GE -> 40GE -> 100GE
10GE10GE
FCoEFCoE VMsVMs VDIVDI
Object StorageObject Storage
??????
??????
5-8 Years extend
>10 Years Infrastructure
TTM(Time to Market) ：
2 weeks？
FCFC
Demand 4， Prolonged lifetime of a network
Huawei Data Center Connect Transport Solution and
Success Stories
Huawei Data Center Connect Transport Solution
Primary data center
Remote disaster recovery center
Local disaster recovery center
Carrier network leased
line or self-built backbone
network
WDM/OTN
Huawei two-city three-center data center disaster recovery solution
Local disaster recovery and DWDM interconnection implement real-time backup and improve service continuity.
Remote disaster recovery and MSTP interconnection implement timing backup and prevent the impact of disasters on enterprises.
Huawei data center Connect solution has low delay, large capacity, security and reliability, and multi-service support.
Carrier network leased line
or self-built backbone
network
Financial data center
disaster recovery
transport solution
Huawei Optical Transmission Products In Datacenter
OTN, ASON, ROADM inside
OSN 8800 T64
6.4T XC
MS OTN
40G/100G/400G
OSN 8800 T32
3.2T XC
MS OTN
40G/100G/400G
OSN 8800 T16
640G/ XC
MS OTN
40G/100G/400G
OSN 1800 II
2M~10G Full Rates
8-ch Single Box
Fits Anywhere
OSN 8800P16 4/9-D ROADM IP & SDH & OTN & SAN
OSN 9800
6.4T/12.8T XC
MS OTN
40G/100G/400G
OSN 6800
360G ODUk XC
O+E Grooming
4/9-D ROADM
Huawei Data Center Connect Transport Solution
OTNOTN
Low delay
Optimization of the network
structure and the business process,
effectively reduce the
transmission delay
Uniform transmission
The main storage manufacturers
SAN certification, high integration
single board provides access to
SAN/IP service flexible, meet the
needs of multi service transmission.
Large capacity, bandwidth
zero waste
Wavelength transmission, capacity
up to Tbit level, bandwidth sharing
bandwidth pool, saves the massive
fiber, on-demand smooth expansion,
without service interruption.
The network is highly safe
and reliable
Provide rich equipment level and
network level protection, to ensure
reliable transmission of data center
network.
The WDM technology meets the Ultra Bandwidth pipeline
40G40G 40G40G
The global market leader
With 44.7% of the global
market share first
Many scenes of
application ability
Economic efficiency of
eDQPSK, and 10G
transmission with the
best Coherent ePDM-
BPSK, free DCM
100G100G
Hybrid transmission,
support for a smooth
upgrade
10G/40G/100G
•Global mature
application
Factory network of
more than 160000 km
400G400G 400G400G
The only end to end
400G
Industry leading, the
successful opening of
the single channel
400G Network
Experiment Bureau
80*100G MESH80*100G MESH
Comprehensive Device-level and Network-level
Protection, 99.9999% Reliability
5 OTN devices
1+1
Protection of applications between rings and points
Protection enabled when the fiber is faulty, there
are error bits in a single channel, the OUT
becomes faulty, and the device is powered off
4 Customer-side
1+1 protection
Protection of applications between rings and points
Protection enabled when the fiber is faulty, there
are error bits in a single channel, and the OUT
becomes faulty
3 ODUk SNCP
protection
Protection of applications between rings and points
Protection enabled when the fiber is faulty, there
are error bits in a single channel, and the line-side
card becomes faulty
2 Card
1+1 protection
Protection of applications between rings and points
Protection enabled when the fiber is faulty and
there are error bits in a single channel
1 Optical line
1+1 protection
Protection of applications between points (4 fibers)
Protection enabled only when the fiber is
disconnected, support for switching at both ends
Server
OL
P
OTU-1
OTU-2
FC/G
E
#2
#
1
Server SCS
OTU-1
OTU-2
FC/GE
Server OTU
FC/GE
OLP Server
OTU-1
FC/GE
En
ha
nc
ed
re
lia
bil
ity
Server
FC/GE
NS2
NS2 T O A
Service Interfaces Pass SAN Certification of Storage Vendors, Ensuring 100% Compatibility
service rate Standard
1 ESCON 200 Mbit/s
ANSI X3.296
ANSI X3.230
ANSI X3.303
2 FICON 1.06 Gbit/s
3 FICON Express 2.12 Gbit/s
4 FC100 1.06 Gbit/s
5 FC200 2.12 Gbit/s
6 FC400 4.25 Gbit/s
7 FC800 8.5 Gbit/s
8 FC1200 10.51 Gbit/s
9 FICON4G 4.25 Gbit/s
10 FICON8G 8.5 Gbit/s
11 ISC 1G 1.06 Gbit/s IBM GDPS( Geographically
Dispersed Parallel Sysplex)
Protocol
12 ISC 2G 2.12 Gbit/s
13 ETR 16 Mbit/s
14 CLO 16 Mbit/s
15 InfiniBand 2.5G 2.5 Gbit/s InfiniBand TM Architecture
Release 1.2.1 16 InfiniBand 5G 5 Gbit/s
17 FDDI 125 Mbit/s ISO 9314
18 GE 1.25 Gbit/s IEEE 802.3z
19 10GE WAN 9.95 Gbit/s IEEE 802.3ae
20 10GE LAN 10.31 Gbit/s
21 40GE 41.25Gbit/s IEEE 802.3ba
GDPS ®
Storage Vendors
Focus on Low-Latency
Requirements and Provide Better Service for Financial Industry Customers
DCM-free design, reducing
13% delay
Various encapsulation modes
reduce the delay E2E delay measurement
WDM
/OTN
DCM
WDM
/OTN
WDM
/OTN
FBG
40G/100G
HFEC
20%
10G
1ms delay can bring capital market
leading 4 million dollar income, boosting the
high speed development of IDC
100ms delay can cause 1% loss of
income in electronic commerce
0% 20% 40% 60% 80% 100%
Optical Cable, 87%
DCM, 11%
WDM/OTN设备, 2%
1000KM 5.7ms
TIME is Money
HW, 24%
Ciena, 12%
AL, 10%
ZTE, 7% Fujitsu, 6%
Cisco, 6%
Infinera, 4%
Others ,
31%
Global market share of MSTP products Global market share of optical network
HW,
26%
AL,
15%
Ciena,
11%
ZTE,
8%
Fujitsu
, 7%
Others
, 34%
Global market share of WDM products
HW , 27%
AL, 14% ZTE, 18%
Fujitsu, 6%
Others,
34%
Huawei has devoted to research of new
technologies of the transport network, and
has over 3200 patents around the world.
There are over 1300 authorized patents.
Starting from 2005, Huawei has submitted
over 500 standards documents.
Huawei has defined more than 80% OTN
technology standards. Most advanced 45-nm
ASIC chip
Strongest 100G coherent
ePDM-QPSK
First commercial
electrical/optical-layer
WSON
Industry-leading Huawei Optical Network Products
Source: Ovum
Migration design
Migration implementation
Migration guarantee
35800 projects delivered around the
world
140+ countries
Rich project Rich project
experienceexperience
Strong delivery Strong delivery
teamteam
Specialized Specialized
network designnetwork design
HighHigh--efficient efficient
specialized toolspecialized tool
Mature service products
Standard SDI service delivery process
3 delivery and resource sharing centers around
the world
Specialized service engineer, 65% local
engineers
Network planning tools improve delivery efficiency
by over 80%.
Network planning
Network topology design
Device configuration
Network planning and
design
Performance analysis and
evaluation
R&D center Huawei headquarters
Technical support
center
Page 20
Specialized Tools Specialized Tools Specialized Service Specialized Service
Network Planning and Design Network Planning and Design Network Service and Data
Migration
Network Service and Data
Migration MDS 6600 MDS 6600
Specialized Specialized
serviceservice
Strong Localized and Specialized Service Capability
Dual-Plane DWDM Disaster Recovery Network of the People’ Bank of China
Background
Benefits to Customers
Service continuity, 7x24 nonstop service
High reliability, 50 ms protection switching on the dual-plane
network
High integration, 8xGE and 4xFC2G per slot
High maintainability based on the OTN and SDH
Super capacity, scalable to 40G, 80-wavelength transport
To implement high-quality data center disaster recovery, PBC
requires a high-quality data center disaster recovery network.
PBC requires high reliability and 0 interruptions on the backup
network.
Deploys 24 OSN6800s to build dual-plane DWDM disaster
recovery network to carry heavy services, and uses 10 devices on
node A, 6 devices on node B, and 8 devices on node C.
Uses the dual ring solution on the three nodes to back up traffic in
rings.
Uses six wavelengths originally and reserves the expansion space.
Huawei Solution Dual-plane DWDM disaster
recovery network
Server
Storage
Switch
Server
Storage
Switch
Server
Storage
Switch
Two-City Three-Center Disaster Recovery
of ICBC – Shanghai Local Disaster Recovery Center
Background
Benefits
to
Custom
ers
Greatly reduces the OPEX and complies with confidentiality
requirements.
Reduces the TCO by carrier line lease and self-built network and ensures
network manageability, control, and operatability.
Provides the high-reliability super-bandwidth transport network to
support rapid service development of ICBC.
ICBC proposes the Bank Network Improvement Project to meet
requirements of globalization, integration, intelligence, and virtualization.
ICBC requires two-city three-center disaster recovery to ensure secure
production.
After Nortel devices were removed from the live network, there are only
Cisco devices on the live network. Vendors need to be adjusted.
Huawei exclusively won the short list for transport devices in two
years.
Shanghai local disaster recovery center uses industry-leading OTN
technologies, supports SAN certification, and implements low-latency
transmission.
Two groups of OSN6800s are used to build two independent disaster
recovery networks, implement comprehensive protection.
Huawei Solution
Two-City Three-Center Beijing-Shanghai
Disaster Recovery Centers of the China Construction Bank Background
Benefits to Customers
Replaces Cisco devices on the live network, improves localized service
capability, and reduces the OPEX.
Reduces the TCO by carrier bandwidth lease and self-built network and
ensures network manageability, control, and operatability.
Uses the MSTP multi-service bearer platform, replaces ATM devices, and
allows future expansion.
At the end of 2006, China financial service is open to foreign investments.
CCB wants to use the stable information system to improve its
competitiveness.
CCB requires two-city three-center disaster recovery to ensure secure
production.
CCB requires ATM network reconstruction and seamless network upgrade.
Provides strong localized service capability with leading optical network
products.
Beijing-Shanghai disaster recovery centers use MSTP technology to
transmit ATM services on the original network and connect to STM-16 lines
of the carrier network to implement seamless evolution.
Uses two groups of OSN3500s to build two independent remote disaster
recovery networks to back up services on active and standby links and
ensure network stability.
Huawei Solution
Shanghai Beijing
2.5G
2.5G
SDH Carrier
network
NMS
SDH
SDH
SDH
2.5G
2.5G
Device 1+1
protection
Line 1+1
protection
Beijing DWDM Bearer Network of the
Agricultural Bank of China Background
Benefits to Customers
Implements unified transmission of production, office, video, VIP leased
line services.
Deploys electrical-layer and optical-layer cards independently, reserves
much expansion space to meet service development in the future 3 to 5
years.
Uses device-level and link-level 1+1 redundancy to ensure network
security.
ABC has many equipment rooms that are sparsely distributed and need to
be interconnected in Beijing.
ABC requires stable transmission performance of the system, stable
interconnection with storage devices to ensure security of the disaster
recovery center of ABC headquarters in Fengtai district, Beijing.
ABS requires rapid service integration and high-end multi-service bearer
network for all services to improve the competitiveness.
Uses OSN6800s to implement cost-efficient transmission.
Uses LOM cards to adapt to any services less than 5 Gbit/s and implement
hybrid transmission, and flexibly schedules all services with strongest FC
technology.
Provides fast service deployment, smooth upgrade, and convenient
operation.
Huawei Solution NMS
Carrier A’ lines
Serv
ice d
evic
e
Serv
ice d
evic
e
Carrier B’ lines
Serv
ice d
evic
e
Serv
ice d
evic
e
Russian Sberbank Data Center Disaster
Recovery Network
Russian Sberbank Background and
Requirements Sberbank is the largest bank in Russia and the CIS, with 18400 branches in
Russia. On January 1, 2013, Sberbank occupies 28.9% bank assets in the
Russian bank industry, 45.7% of retail deposits, 33.6% enterprises' loans, and
32.7% retail loans.
Sberbank wants to build a reliable low-latency network to ensure continuity of
many online services. In addition, the network should support
FE/GE/10GE/FC/STM-n services.
Primary data
center
Backup data
center 1
Backup data
center 2
11 sets of OSN 8800s/6800s, provides super bandwidth of 80 wavelengths x 10G/40G/ 100G
Multi-service
FC/Ethernet/STM-N access, low-latency and high-integration devices ensure service requirements
7x24 Nonstop service, 1+1 protection ensuring bank data security
Standard Bank Data Center
Interconnection Network
Background and Requirements Standard Bank has a 150 year history in South Africa
and is one of South Africa's largest financial services
groups. It operates in 36 countries around the world.
GE/10GE interconnection service, and FC expansion
Flexible architecture for new network node or bandwidth
expansion
High reliability for financial service
Multi-service
Any service access, LOM board can support GE/fiber channel/video service and LSX board will be used for 10G service.
ROADM Flexible wavelength grooming by WSS ROADM, 40*10G capacity and easy to upgrade into the 40G/100G system
7x24 Higher reliability network with intra board 1+1 protection
Intra board
1+1 Protection
Intra board
1+1 Protection
Rosebank
West
Rosebank
East
SDC S2
SDC S3
RDC1
RDC2